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677 results on '"Simões, Nuno"'

154. Peneidos, Camarones 'comerciales'

Author

Homa-Canché, Pedro, Ugalde, Diana, Simões, Nuno, Guerra, Alberto, Simões, Nuno, Ugalde, Diana, Guerra, Alberto, and Homa-Canché, Pedro

Subjects
Caribbean, Gulf of Mexico, Ecology, Marine Biodiversity, Marine Environment, FOS: Biological sciences, Peneids shrimps, Marine Ecology, Marine Biology, Biodiversity, Ecosystem Ecology, Species diversity
Abstract

This Infographic is a product of BDMY (https://www.bdmy.org.mx) project, that was produced with funds of the Harte Research Institute for Gulf of Mexico Studies, and CONABIO (Mexico). The information in thisinfographic was reviewed and validated by a group of specialists in the taxon. &nbsp

Published
2019
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155. Echinoderms of the Gulf of Mexico

Author

Ugalde, Diana, Simões, Nuno, Ugalde, Diana, Simões, Nuno, and Guerra, Alberto

Subjects
Gulf of Mexico, Biodiversity Marine, Marine Biology, Biodiversity, Echinoderms, Echinodermata, Taxonomy
Abstract

This Infographic is a product of BDMY project (https://www.bdmy.org.mx), that was produced with funds of the Harte Research Institute for Gulf of Mexico Studies. The information in the infographic was reviewed and validated by a group of specialists in the taxon. CC-BY-NC-ND

Published
2019
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156. Mollusks of the Gulf of Mexico

Author

Ugalde, Diana, Simões, Nuno, Ugalde, Diana, Simões, Nuno, and Guerra, Alberto

Subjects
Gulf of Mexico, Mollusk, Mollusca, Biodiversity Marine, Marine Biology, Biodiversity, Taxonomy
Abstract

This Infographic is a product of BDMY project (https://www.bdmy.org.mx), that was produced with funds of the Harte Research Institute for Gulf of Mexico Studies. The information in the infographic was reviewed and validated by a group of specialists in the taxon. CC-BY-NC-ND

Published
2019
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157. Brittle stars of the Gulf of Mexico

Author

Ugalde, Diana, Simões, Nuno, Ugalde, Diana, Simões, Nuno, and Guerra, Alberto

Subjects
Gulf of Mexico, Brittle stars, Biodiversity Marine, Marine Biology, Biodiversity, Ophiuroidea, Taxonomy
Abstract

This Infographic is a product of BDMY project (https://www.bdmy.org.mx), that was produced with funds of the Harte Research Institute for Gulf of Mexico Studies. The information in the infographic was reviewed and validated by a group of specialists in the taxon. CC-BY-NC-ND

Published
2019
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158. Caridean shrimps of the Gulf of Mexico

Author

Ugalde, Diana, Simões, Nuno, Ugalde, Diana, Simões, Nuno, and Guerra, Alberto

Subjects
Gulf of Mexico, Carideans, Biodiversity Marine, Marine Biology, Biodiversity, Carid shrimp, Taxonomy
Abstract

This Infographic is a product of BDMY project (https://www.bdmy.org.mx), that was produced with funds of the Harte Research Institute for Gulf of Mexico Studies. The information in the infographic was reviewed and validated by a group of specialists in the taxon. CC-BY-NC-ND

Published
2019
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159. Brachyuran crabs of the Gulf of Mexico

Author

Ugalde, Diana, Simões, Nuno, Ugalde, Diana, Simões, Nuno, and Guerra, Alberto

Subjects
Brachyuran Crabs, Gulf of Mexico, Brachyura, Biodiversity Marine, Marine Biology, Biodiversity, Taxonomy
Abstract

This Infographic is a product of BDMY project (https://www.bdmy.org.mx), that was produced with funds of the Harte Research Institute for Gulf of Mexico Studies. The information in the infographic was reviewed and validated by a group of specialists in the taxon. CC-BY-NC-ND

Published
2019
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163. Gigante del mar: los secretos del caracol rosado

Author

Ortigosa, Deneb, Suárez-Mozo, Nancy Yolimar, Mascaró, Maite, Simões, Nuno, Ugalde, Diana, Simoes, Nuno, Guerra, Alberto, Equihua-Zamora, Clementina, Ortigosa, Deneb, Suárez-Mozo, Nancy Yolimar, and Mascaró, Maite

Subjects
Caribbean, Gulf of Mexico, Ecology, Marine Biodiversity, Caracol Rosado, Marine Environment, FOS: Biological sciences, Marine Ecology, Marine Biology, Biodiversity, Ecosystem Ecology, Species diversity
Abstract

This book is a product of BDMY (https://www.bdmy.org.mx) project, that was produced with funds of the Harte Research Institute for Gulf of Mexico Studies, and CONABIO (Mexico). The information in the bookwas reviewed and validated by a group of specialists in the taxon. Please cite: Deneb Ortigosa, Nancy Yolimar Suárez-Mozo, Maite Mascaró y Nuno Simões, 2020. Gigante del mar: los secretos del caracol rosado. Comisión Nacional para el Conocimiento y Uso de la Biodiversidad. Ciudad de México, páginas totales CC-BY-NC-ND Portuguese versionhttps://doi.org/10.5281/zenodo.5183048 English versionhttps://doi.org/10.5281/zenodo.5183050

Published
2020
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164. Peri-implant Atypical Fractures Associated with Bisphosphonates: Should this Clinical Entity be Included in the Definition of Atypical Femoral Fracture? Case Report

Author

Simões, Nuno Duarte, Gonçalves, Zico, Moreno, João, Paiva, Frederico, Pinho, Serafim, and Varzielas, Miguel

Subjects
Atypical femoral fracture, Peri-implant fracture, Bisphosphonate, Case Report
Abstract

Introduction: In recent years, growing evidence of the association between bisphosphonate use and incidence of atypical femoral fractures has emerged. Cases of peri-implant fractures associated with bisphosphonate use suggest the emergence of a new clinical entity because they are not currently covered by the definition of atypical femoral fracture. Case Report: We present here two rare clinical cases treated in our hospital. Two women (68 and 76 years old) with peri-implant (cephalomedullary nail) fractures and history of prolonged bisphosphonate use (11 and 14 years). Both fractures occurred after minor trauma and showed an atypical fracture pattern. One of the patients underwent revision osteosynthesis and had a 12 months follow-up. The second patient was submitted to orthopedic treatment and had a 6months follow-up. Conclusion: Although reports of periprosthetic fractures and peri-implant(plate and screws) have been published, references to peri-implant cephalomedullary nail fractures were not found in the literature. Here, we question if these fracture types should be included in the current definition of atypical femoral fracture, or form a new clinical entity.

Published
2018

184. Figure 2 from: Angyal D, Chávez-Solís EM, Liévano-Beltrán LA, Magaña B, Simões N, Mascaró M (2020) New distribution records of subterranean crustaceans from cenotes in Yucatan (Mexico). ZooKeys 911: 21-49. https://doi.org/10.3897/zookeys.911.47694

Author

Angyal, Dorottya, primary, Chávez-Solís, Efraín M., additional, Liévano-Beltrán, Luis A., additional, Magaña, Benjamín, additional, Simões, Nuno, additional, and Mascaró, Maite, additional

Published
2020
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185. Figure 1 from: Angyal D, Chávez-Solís EM, Liévano-Beltrán LA, Magaña B, Simões N, Mascaró M (2020) New distribution records of subterranean crustaceans from cenotes in Yucatan (Mexico). ZooKeys 911: 21-49. https://doi.org/10.3897/zookeys.911.47694

Author

Angyal, Dorottya, primary, Chávez-Solís, Efraín M., additional, Liévano-Beltrán, Luis A., additional, Magaña, Benjamín, additional, Simões, Nuno, additional, and Mascaró, Maite, additional

Published
2020
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187. Figure 3 from: Angyal D, Chávez-Solís EM, Liévano-Beltrán LA, Magaña B, Simões N, Mascaró M (2020) New distribution records of subterranean crustaceans from cenotes in Yucatan (Mexico). ZooKeys 911: 21-49. https://doi.org/10.3897/zookeys.911.47694

Author

Angyal, Dorottya, primary, Chávez-Solís, Efraín M., additional, Liévano-Beltrán, Luis A., additional, Magaña, Benjamín, additional, Simões, Nuno, additional, and Mascaró, Maite, additional

Published
2020
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194. Marine amphipods (Parhyale hawaiensis) as an alternative feed for the lined seahorse (Hippocampus erectus, Perri 1810): nutritional value and feeding trial.

Author

Arturo Vargas-Abúndez, Jorge, Leticia Martínez-Moreno, Gemma, Simões, Nuno, Noreña-Barroso, Elsa, and Mascaró, Maite

Subjects
NUTRITIONAL value of feeds, AMPHIPODA, SEA horses, UNSATURATED fatty acids, ARACHIDONIC acid
Abstract

Finding new alternatives to traditional live preys such as Artemia and rotifers, which do not always promote optimal fish growth and survival, is required for the successful aquaculture of highly specialized predatory species, including seahorses. The present study assessed the nutritional value of an interesting marine amphipod (Parhyale hawaiensis), and evaluates through a feeding trial its potential use as a natural prey for 10-months lined seahorse, Hippocampus erectus. P. hawaiensis showed high levels of valuable lipids (20.4-26.7% on dry matter basis) and polyunsaturated fatty acids (PUFAs) (26.4-41% of total FAs), including the long-chain PUFAs (LC-PUFAs) arachidonic acid (ARA) (2.9-7.7%), eicosapentaenoic acid (EPA) (4.3-6.5%) and docosahexaenoic acid (DHA) (2.1-6.2%). A comparison between wild-captured and cultured amphipods revealed a significant improvement of the amphipod FA profile in terms of DHA%, total omega-3 (n3) FAs and n3/n6 ratio when employing both a conventional amphipod culture based on a commercial shrimp diet, and, to a lesser extent, a large (3,500 L) biofloc system. Seahorses fed with frozen/wild amphipods, either singly or in combination with Artemia enriched with Super Selco (INVE Aquaculture, Belgium) for 57 days, substantially improved seahorse growth and FA profiles in terms of ARA, EPA and DHA%, including indices associated to marine sources, such as Sn3 and n3/n6, compared to a diet based solely on enriched Artemia. These results support the use of marine amphipods as an alternative food organism for juvenile H. erectus and suggest a potential use for general marine aquaculture. [ABSTRACT FROM AUTHOR]

Published
2021
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195. Ermitaños, Cangrejos con casa

Author

Cervantes, Gabriel, Simões, Nuno, Ugalde, Diana, Guerra, Alberto, Simoes, Nuno, Ugalde, Diana, Guerra, Alberto, and Cervantes, Gabriel

Subjects
Caribbean, Biodiversity ", Gulf of Mexico, Ecology, Marine Biodiversity, Marine Environment, FOS: Biological sciences, Marine Ecology, Hermit crab, Marine Biology, Ecosystem Ecology, Species diversity
Abstract

This Infographic is a product of BDMY (https://www.bdmy.org.mx) project, that was produced with funds of the Harte Research Institute for Gulf of Mexico Studies, and CONABIO (Mexico). The information in the infographic was reviewed and validated by a group of specialists in the taxon. CC-BY-NC-ND

Published
2019
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196. Ermitaños, Cangrejos con casa/ Hermit crab

Author

Cervantes, Gabriel, Simões, Nuno, Ugalde, Diana, Guerra, Alberto, Simoes, Nuno, Ugalde, Diana, Guerra, Alberto, and Cervantes, Gabriel

Subjects
Caribbean, Biodiversity ", Gulf of Mexico, Ecology, Marine Biodiversity, Marine Environment, Marine Ecology, Hermit crab, Marine Biology, Ecosystem Ecology, Species diversity
Abstract

This Infographic is a product of BDMY (https://www.bdmy.org.mx) project, that was produced with funds of the Harte Research Institute for Gulf of Mexico Studies, and CONABIO (Mexico). The information in the infographic was reviewed and validated by a group of specialists in the taxon. &nbsp

Published
2019
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200. Data‐driven flood emulation: Speeding up urban flood predictions by deep convolutional neural networks.

Author

Guo, Zifeng, Leitão, João P., Simões, Nuno E., and Moosavi, Vahid

Subjects
CONVOLUTIONAL neural networks, FLOOD risk, WATER depth, FLOODS, URBAN planning
Abstract

Computational complexity has been the bottleneck for applying physically based simulations in large urban areas with high spatial resolution for efficient and systematic flooding analyses and risk assessment. To overcome the issue of long computational time and accelerate the prediction process, this paper proposes that the prediction of maximum water depth can be considered an image‐to‐image translation problem in which water depth rasters are generated using the information learned from data instead of by conducting simulations. The proposed data‐driven urban pluvial flood approach is based on a deep convolutional neural network trained using flood simulation data obtained from three catchments and 18 hyetographs. Multiple tests to assess the accuracy and validity of the proposed approach were conducted with both design and real hyetographs. The results show that flood prediction based on neural networks use only 0.5% of the time compared with that of physically based models, with promising accuracy and generalizability. The proposed neural network can also potentially be applied to different but relevant problems, including flood analysis for flood‐safe urban layout planning. [ABSTRACT FROM AUTHOR]

Published
2021
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